This excerpt examines Nostr client architecture, detailing its decentralized relay model, cryptographic key management, message formats, and interoperability challenges affecting privacy, scalability, and security.
Nostr Protocol presents a minimalist, decentralized messaging architecture prioritizing security and user-controlled keys, enabling censorship resistance, end-to-end encryption, and enhanced privacy.
This paper examines Nostr’s decentralized relay model, key management, and threat surface, identifying privacy and censorship risks and proposing cryptographic and architectural mitigations to strengthen resilience.
Examines Nostr’s relay-based decentralization, key management, and privacy; evaluates threat models and vulnerabilities, and proposes mitigations to strengthen censorship resistance and user anonymity.
This article analyzes Nostr clients’ architecture, cryptographic key management, and privacy properties, evaluates threat models and vulnerabilities, and proposes mitigations to enhance censorship resistance.
This study examines Nostr’s decentralized relay-based architecture, assessing cryptographic key management, threat models, and privacy limitations, and proposing pragmatic enhancements to bolster censorship resistance and anonymity.
Survey of Nostr client architecture, key management, and privacy: evaluates decentralized relay models, cryptographic identities, threat vectors, and mitigations to enhance censorship resistance and user anonymity.
This article examines the Nostr protocol client, detailing its decentralized architecture, cryptographic key management, and implications for security and privacy in message handling and identity.
Nostr is a minimal, decentralized protocol for social messaging that uses public-key identities, relay-based message propagation, and optional end-to-end encryption to prioritize censorship resistance and user autonomy.
Examines Nostr’s decentralized architecture, cryptographic key management, and privacy properties; evaluates threat models, exposes vulnerabilities, and proposes mitigations to improve censorship resistance.